The MEDIBEES project focuses on the preservation of bees and the protection of biodiversity in Mediterranean terrestrial ecosystems. Bees play a crucial role in pollination, maintaining plant diversity, and ensuring food security. However, they face multiple threats, including habitat loss, intensive pesticide use, climate change, and diseases. In this context, Medibees aims to develop integrated conservation strategies to protect these pollinators and prevent the degradation of their natural habitats.

Methods:
The project adopts a multidisciplinary approach that integrates ecology, environmental science, and community engagement. Monitoring programs were implemented to track bee and pollinator populations through regular surveys and innovative tracking technologies. Ecological restoration actions included planting nectar-rich flowers, creating ecological corridors, and improving nesting habitats. Simultaneously, awareness and training workshops were organized for farmers and local communities to promote sustainable agricultural practices that support biodiversity.

Results:
Preliminary results show a significant increase in pollinator diversity and abundance within restored areas. The establishment of ecological corridors improved connectivity between fragmented habitats, facilitating species dispersal. Community engagement activities strengthened local commitment, leading to the gradual adoption of environmentally friendly agricultural practices and a better understanding of pollinators’ ecological and agricultural importance.

Conclusion:
The Medibees project demonstrates how integrated conservation and ecological restoration strategies can help prevent habitat loss and support the resilience of terrestrial ecosystems. By combining scientific research with community participation, Medibees provides a replicable model for bee protection and biodiversity preservation, addressing critical sustainability and ecosystem conservation challenges in the Mediterranean region